Evaluating Harmonic Voltage in Electric Distribution Systems due to Six-Pulse Static Power Converter
The circulation of harmonic currents in power systems, caused by particular nonlinear loads, leads to harmonic voltages which depend on the circuit and on the load it drives. Harmonic currents in the system also contribute with a portion of the system technical losses and produce a series of undesir...
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| Veröffentlicht in: | Revista IEEE América Latina 2014-09, Vol.12 (6), p.1036-1042 |
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| container_title | Revista IEEE América Latina |
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| creator | Francisco do Nascimento, Claudionor Antonio Belati, Edmarcio Batista Dietrich, Alvaro de Faria, Haroldo Goedtel, Alessandro |
| description | The circulation of harmonic currents in power systems, caused by particular nonlinear loads, leads to harmonic voltages which depend on the circuit and on the load it drives. Harmonic currents in the system also contribute with a portion of the system technical losses and produce a series of undesirable effects. This paper presents an alternative approach based on an efficient harmonic load flow algorithm in order to evaluate harmonic voltages along distribution systems due to nonlinear loads, more specifically a six-pulse static power converter. The proposed methodology uses frequency-domain formulations which allow dealing directly with voltage and current phasors. Tests were carried out on 04 and 34 bus distribution systems in order to evaluate the proposed technique performance. |
| doi_str_mv | 10.1109/TLA.2014.6893997 |
| format | Article |
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Harmonic currents in the system also contribute with a portion of the system technical losses and produce a series of undesirable effects. This paper presents an alternative approach based on an efficient harmonic load flow algorithm in order to evaluate harmonic voltages along distribution systems due to nonlinear loads, more specifically a six-pulse static power converter. The proposed methodology uses frequency-domain formulations which allow dealing directly with voltage and current phasors. 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| subjects | Circulation Computational modeling Dealing electric distribution systems Electric potential Harmonic analysis harmonic load flow harmonic voltage Harmonics Load flow Nonlinearity Phasors Power converters Power system harmonics Robustness six-pulse static power converter Static power converters Voltage |
| title | Evaluating Harmonic Voltage in Electric Distribution Systems due to Six-Pulse Static Power Converter |
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